A connector unit including a connector and a connector cover. Locking protrusions are provided at one end of the connector, and locking holes are provided in an upper wall and a bottom wall of the connector cover. Notch parts capable of receiving the electric wire are provided at any one end of both ends of the upper wall and both ends of the bottom wall corresponding to both opening ends of the hollow space surrounded by the connector, the upper wall, the bottom wall, and side walls.

A supply charging device for a mobile device includes a supply power connector having a supply housing having a mating end at the front mated with a receive power connector of the mobile device along a mating axis. The supply power connector has a cable end at the bottom. A supply contact chamber is at the mating end and a supply cable chamber is at the cable end. The supply power connector includes supply power contacts and a data communication module at the mating end. The supply charging device includes a cable assembly extending from the cable end at the bottom of the supply housing. The supply power cables extend along cable axes oriented non-parallel to the mating axis.

A connector-equipped electrical wire includes a connector housing that includes a cavity that opens on a back side; a terminal-equipped electrical wire that includes an electrical wire and a terminal attached to an end portion of the electrical wire, and that is connected to the connector housing in a state where the terminal is held inside the cavity and also where the electrical wire runs through a back surface-side opening of the cavity and extends outward of an outer circumference of the connector housing; and a covering member that is attached to the connector housing so as to open on a side where the electrical wire extends outward of the outer circumference of the connector housing and also so as to cover at least the opening of the cavity on the back side of the connector housing.

L-shaped coaxial terminals, shielding members shielding these coaxial terminals, and a housing with insulating material having L-shaped terminal holding portions that hold the coaxial terminals and shielding members; the external terminal of the coaxial terminals has a conductor mounting portion extending in a forward-rearward direction and a terminal connecting portion extending downwardly from the front end side of the conductor mounting portion; the shielding members cover a section in the external terminal extending from the bottom face of the front end portion of the conductor mounting portion to the rear face of the upper end portion of the terminal connecting portion, electrically connecting the conductor mounting portion to the terminal connecting portion, forming an electrical path in the external terminal that passes through an area extending from below the front end portion of the conductor mounting portion to the rear of the upper end portion of the terminal connecting portion.

An electrical inlet/outlet assembly is provided including an Alternating Current (AC) inlet having at least a line terminal and a neutral terminal arranged to receive electric power from a power supply via a first power, and an AC outlet having at least a line terminal and a neutral terminal arranged to supply electric power from the AC inlet to an electrical device. Channels are provided extending respectively between the line and neutral terminals of the AC inlet and the line and neutral terminals of the AC outlet, and connectors are disposed within the channels to electrically connect the line and neutral terminals of the AC inlet respectively to the line and neutral terminals of the AC outlet. The channels forms water-sealed enclosures around the connectors.

A connector for a hearing instrument, in particular a receiver-in-canal behind-the-ear hearing aid, is small and visually inconspicuous. The connector should be as invisible as possible on the hearing instrument as it is worn, and the connector allows a microphone arrangement favorable for directionality and sound pick-up. The connector is disposed on an earpiece tube, which defines a longitudinal direction at the connector. The connector is connected by insertion into a connector receptacle of a hearing instrument transversely to the longitudinal direction. The hearing instrument has a laterally arranged connector receptacle, into which a connector is inserted transversely to the longitudinal direction. Because of the transverse insertion, the connector can be arranged laterally on the housing and because of the lateral placement, the front end face of the housing is smaller and the housing is overall flatter. A microphone can be arranged on the end face instead of the connector so as to improve sound pick-up and directionality.

L-shaped coaxial terminals, shielding members shielding these coaxial terminals, and a housing with insulating material having L-shaped terminal holding portions that hold the coaxial terminals and shielding members; the external terminal of the coaxial terminals has a conductor mounting portion extending in a forward-rearward direction and a terminal connecting portion extending downwardly from the front end side of the conductor mounting portion; the shielding members cover a section in the external terminal extending from the bottom face of the front end portion of the conductor mounting portion to the rear face of the upper end portion of the terminal connecting portion, electrically connecting the conductor mounting portion to the terminal connecting portion, forming an electrical path in the external terminal that passes through an area extending from below the front end portion of the conductor mounting portion to the rear of the upper end portion of the terminal connecting portion.

An electric connector suited for an electronic device is provided. The electric connector includes a body, a plurality of terminals, and an electrical connecting member. The body is suited to be disposed in the electronic device and has at least one receiving area located on at least one of a top portion and a bottom portion of an exterior of the body. The terminals are disposed in the body, and an external electric connector is suited to be butted to the body along a first axis to be electrically connected to the terminals. One end of the electrical connecting member is located at the receiving area to be electrically connected to the terminals, and another end of the electrical connecting member extends out of the receiving area along a second axis to be electrically connected to the electronic device. The first axis is different from the second axis.

A wire to board connector is provided for connecting cables of cable bypass assemblies to circuitry mounted on a circuit board. The connector has a structure that maintains the geometry of the cable through the connector. The connector includes a pair of edge coupled conductive signal terminals and a ground shield to which the signal terminals are broadside coupled. The connector includes a pair of ground terminals aligned with the signal terminals and both sets of terminals have J-shaped contact portions that flex linearly when the connector is inserted into a receptacle. In another embodiment, the signal terminal contact portions are supported by a compliant member that may deflect when the connectors engage contact pads on a substrate.

A wire to board connector is provided for connecting cables of cable bypass assemblies to circuitry mounted on a circuit board. The connector has a structure that maintains the geometry of the cable through the connector. The connector includes a pair of edge coupled conductive signal terminals and a ground shield to which the signal terminals are broadside coupled. The connector includes a pair of ground terminals aligned with the signal terminals and both sets of terminals have J-shaped contact portions that flex linearly when the connector is inserted into a receptacle. In another embodiment, the signal terminal contact portions are supported by a compliant member that may deflect when the connectors engage contact pads on a substrate.